Wireless Car Charger Metal Casing Components

The wireless car charger metal casing components are primarily used as structural components in in-car wireless charging devices, providing stable support and protection for the internal charging module, circuit system, and fixing structure. In practical applications, these casings usually need to match the interior space, installation location, and functional layout of different vehicle models. Therefore, there are no standardized finished product specifications; instead, custom manufacturing is the norm, with a greater emphasis on manufacturing capabilities, material selection, and the feasibility of process implementation.
In terms of materials, wireless car charger metal casing components mostly use aluminum alloy or aluminum-zinc alloy. These materials exhibit stable strength and rigidity, capable of withstanding the long-term vibration and frequent use conditions in a vehicle environment. At the same time, the metal material itself has good heat resistance and dimensional stability, which facilitates the dissipation of heat generated during wireless charging, improving overall reliability. Through reasonable structural design and wall thickness control, it is possible to ensure the strength and hardness of the casing while also considering weight and ease of assembly, meeting the integration requirements of structural components for different vehicle models.
In terms of surface treatment, various process options are available depending on the appearance style and usage environment, including sandblasting, powder coating, painting, electrophoretic coating, and electroplating. Through standardized process control, it is possible to ensure wear resistance and corrosion resistance while achieving good appearance consistency and strict control of color differences, suitable for customized production needs with high demands on quality stability.